Marwa El Diwiny
About Marwa El Diwiny
Marwa El Diwiny is a researcher specializing in cognitive robotics, currently employed at Inria in France. She has a strong academic background in robotics and engineering, with experience in both academia and industry.
Current Position at Inria
Marwa El Diwiny has been working as a researcher at Inria since 2017. Inria is a national research institute dedicated to digital science and technology in France. Her role focuses on advancing research in cognitive robotics, contributing to various projects and initiatives within the field. Located in Aquitaine, France, she has been part of the team for seven years, enhancing her expertise and capabilities in research and development.
Educational Background
Marwa El Diwiny completed her Bachelor of Science in Robotics, Engineering, and Mechatronics at Minia University from 2007 to 2012. She further pursued her education at the same institution, achieving a Master of Science in the same fields from 2012 to 2013. This educational foundation provided her with a strong technical background essential for her research career.
Previous Experience in Academia
Before joining Inria, Marwa El Diwiny served as an Assistant Lecturer at Minia University from 2012 to 2017. In this role, she contributed to the academic development of students in the fields of robotics and engineering. Her experience in academia laid the groundwork for her subsequent research endeavors.
Internship Experience at Google
In 2016, Marwa El Diwiny completed a research internship at Google in Mountain View, California, for one month. This experience allowed her to engage with cutting-edge technology and research practices in a leading tech environment, further enriching her professional background.
Research Interests and Goals
Marwa El Diwiny has a strong research interest in knowledge-based controllers, machine learning, and cognitive robotics. She aims to enhance her capabilities as a researcher through involvement in R&D projects, particularly those related to unmanned systems. Her focus on these areas reflects her commitment to advancing technology in robotics.